PRAMAC LIFTER SCALE TRUCK PX20

PRAMAC PX20 - Scales trucks for the weighing of transported loads up to 2000 Kg
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  • PRAMAC PX20 - Scales trucks for the weighing of transported loads up to 2000 Kg
  • PRAMAC PX20 - Technical drawing with profile view
  • PRAMAC PX20 - Technical drawing with top view
LIFTER
G6A530UV000
Out Of Production

Discontinued product has been replaced PRAMAC Lifter PY20

Drive: Manual
Operator type: Pedestrian
Load capacity: 2000 Kg
Quantity rear wheels: 4
Quantity front wheels: 2
Lift height: 115 mm
Overall lenght: 1596 mm
Overall width: 555 mm
Width fork: 180 mm
Lenght fork: 1185 mm
Distance between fork arms: 555 mm
Aisle width: 1851 mm
Turning radius: 1426 mm

Technical features
Details

The scale trucks range are equipped with a functional and precise weighing device with several operating options, suitable for lifting heavy loads.

Display
The PX20 pallet truck is a simple, economical and robust tool to be used for the weighing of transported loads. Its large-sized LCD display allows for easy reading of weight and the setting of tare simply and immediately.



Frame structure
The structure is made up of a double frame and a lower fork on which a counter fork is placed; both forks house four load cells that allow for a uniform load distribution, thus keeping weighing precision even in case of collision and unbalanced load.



The images are purely indicative.

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Product: PRAMAC LIFTER SCALE TRUCK PX20
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Product: PRAMAC LIFTER SCALE TRUCK PX20
Technical features
Details

The scale trucks range are equipped with a functional and precise weighing device with several operating options, suitable for lifting heavy loads.

Display
The PX20 pallet truck is a simple, economical and robust tool to be used for the weighing of transported loads. Its large-sized LCD display allows for easy reading of weight and the setting of tare simply and immediately.



Frame structure
The structure is made up of a double frame and a lower fork on which a counter fork is placed; both forks house four load cells that allow for a uniform load distribution, thus keeping weighing precision even in case of collision and unbalanced load.



The images are purely indicative.